Machine for conveying multiple U-shaped steel bars

Abstract

The machine comprises a rack, base plates are fixedly arranged at the tops of the two sides of the rack, linear bearings and electric cylinders are arranged on the base plates, guide rod shafts are connected into the linear bearings in a sleeved mode, first servo motors are arranged at the tops of the electric cylinders, and the guide rod shafts and output shafts of the electric cylinders penetrate through the base plates to be connected with load mounting plates. The load mounting plate is arranged on a first support, a plurality of sliding feeding mechanisms are arranged on the first support, at least one second support parallel to the first support is further arranged between the racks, and a plurality of material supporting mechanisms are arranged on the second support. The feeding mechanisms drive the first enclasping devices to move through the first dial-up assemblies to achieve interval adjustment on the first support, and the supporting mechanisms drive the second enclasping devices to move through the second dial-up assemblies to achieve interval adjustment on the second support. Fixed-length conveying of a plurality of U-shaped steel bars is achieved, the U-shaped steel bars with openings of different widths are compatible, and flexible torque changing between the U-shaped steel bars can be achieved.

Description

technical field [0001] The invention relates to the field of steel bar conveying equipment, in particular to a U-shaped steel bar multiple conveying machine. Background technique [0002] In the process of building construction, steel bars need to be used, and steel bars need to be conveyed and loaded during the processing of different procedures. During the conveying process, the length cannot be conveyed accurately, and manual handling and adjustment are required. When the steel bars are placed, due to the effect of gravity, the steel bars are inclined, which makes it impossible to transmit. At the same time, when the steel bars are too long, the problem of shaking at both ends is prone to occur. At present, the steel bars on the market are mainly conveyed by a single piece. U-shaped steel bars cannot meet the requirements of multiple feedings at one time, which reduces work efficiency. SUMMARY OF THE INVENTION [0003] In view of the above problems, the present inventi...

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Problems solved by technology

[0002] In the process of building construction, steel bars need to be used, and the steel bars need to be transported and loaded in the processing process of different procedures. During the process of transport, the length of the transport cannot be accurately conveyed, and manual continuous handling and adjustment are required. Secondly, in the When the steel bars are placed, due to the action of gravity, the steel bars will be tilted, resulting in the failure of transmission. At the same time, when the steel bars are too long, it is easy to have the problem of shaking at both ends. At present, the steel bars on the market are mainly transported by a single piece. For the existing U-shaped steel bars cannot satisfy multiple feeding at one time, which reduces work efficiency

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